University of Lancaster

What you'll study

The programme builds from core mathematical and physical principles to specialist electronic and electrical engineering topics. Early stages cover mathematics for engineers, circuit theory, analogue and digital electronics, signals and systems, and basic programming. In later years you study power systems and machines, control and instrumentation, embedded systems and microcontrollers, communications and signal processing, and hardware description languages and digital design. Practical laboratory work, electronics workshops, PCB design, and software development form a strong part of the curriculum, together with group design projects and an individual final-year project that demonstrate systems integration and independent engineering judgement.

The placement year is taken between the second and final years and is a minimum of several months in length; it provides substantial industrial experience, exposure to professional practice, and an opportunity to apply academic learning to real engineering problems. Throughout the degree you will be assessed by a mix of coursework, laboratory reports, practical assignments, group projects and examinations.

Entry requirements

Applicants are normally expected to have A-levels, Scottish Highers, an International Baccalaureate or equivalent qualifications with a strong profile in mathematics. A-level Mathematics is typically required, and A-level Physics or another science/technology subject is highly recommended. Applicants with relevant vocational qualifications (for example BTEC in Engineering) or mature students with practical experience are also considered. You should have English language proficiency that meets the university's standard for undergraduate study. Specific offers can vary by year and applicant cohort; check Lancaster University's admissions pages or contact admissions for exact requirements.

Career prospects

Graduates from this degree enter a wide range of roles across industry and technology. Common destinations include electronics design engineer, embedded systems engineer, control and automation engineer, power systems and renewables engineer, telecommunications engineer, test and validation engineer, and roles in automotive, aerospace, medical devices and semiconductor sectors. The placement year enhances employability and can lead to graduate roles or permanent positions with the host employer. Many graduates also progress to postgraduate study (MSc or PhD) or pursue professional registration routes such as becoming a chartered engineer through institutions like the IET.

Why study at University of Lancaster

Lancaster University's engineering programmes combine practical laboratory teaching with strong academic foundations and research-informed content. The Department provides facilities for electronics, power and control labs, embedded systems development and project spaces, and access to computing and simulation tools used in industry. Students benefit from structured support for placements and careers, active links with regional and national employers, and a collegiate campus environment that supports group work and interdisciplinary collaboration. The course content is designed to align with professional accreditation standards, preparing you for technical roles and further professional development.